Solve without using al 18 V888www750 ΚΩID2 ΚΩw14. For the network of Fig. 6.78, VD = 9 V. Determine:(a) Ip.(b) Vs and VDS(c) VG and VGS-(d) Vp.* 15. For the network of Fig. 6.79, determine:(a) ID and VGSo(b) VDs and Vs.16 V22 ΚΩloss = 6 mAVp=-6VIDSS = 8 mAVosg2.2 kVG+VGS91 ΚΩwVs+VD=9 VVDS0.68 ΚΩwwwFigure 6.78Problem 14Figure 6.79Problems 15, 37H

Step 1: Step 2: Step 3: Step 4:

Answered: 18 V 888 www 750 ΚΩ ID 2 ΚΩ w 14. For…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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6. For the E-MOSFET network of fig.P6, Ip(on) = 200 mA at VGS(on)= 4 V with VGsan = Vp=2 V. Determine: (a) The operating point (Ipo and VGso) (b) VDsQ %3D %3D VDD +24 V RD 200 2 R1 100 k2 R2 15 k2 Fig.P6
a. Given that αdc =0.980, determine the corresponding value of βdc.b. Given βdc =120, determine the corresponding value of a.c. Given that βdc = 120 and IC=2.0 mA, find IE and IB
2. Analyze the following circuit to find the values of ID and Vps using the Method of Assumed State. You must validate your assumptions. Hint: Use ID as unknown . Use Ohm's law to represent Vp and Vs in terms of . k = k lov 5KSL un Note: The formulas for a MOSFET are given For MOSFET W L 5V. VDS V₁=1V k=2mA/² -ww 3K M ID = 0, if Vas < VT ID = k [(VGs - VT) VDs - Vs , if VGS ≥ VT and Vps < (VGs - VT) ID k (Vas-VT)², if Vas ≥ VT and VDs ≥ (VGS-VT)
One can assemble a “virtual” solar cell array by using playing cards, or business or index cards, to represent a solar cell. Combinations of these cards in series and/or parallel can model the required array output. a) Assume each card has an output of 0.5 V and a current (under bright light) of 2 A. Using your cards, how would you arrange them to produce an output of 6 A at 3 V (i.e. - 18 W)? b) Suppose you were told that you needed only 18 W (but no required voltage). Would you need more cards to make this arrangement?
Using the characteristics of Fig. 6.11, determine Ip for the following levels of Vcs (with Vps > Vp): a. VGs = 0 V. b. VGs = -1 V. c. VGs = -1.5 V. d. VGs = -1.8 V. e. VGs = -4 V. f. VGs = -6 V. 1o (mA) Locus of pinch-off values Ohmic Region | Saturation Region Ipss 8 Vas 0 V. 6+ 5 VGs=-I V 4 - 3 Ves=-2 V Vcs =-3 V Vcs =-4 V = Vp i 5 Vp (for Ves = 0 V) 10 15 20 25 Vos (V) FIG. 6.11 n-Channel JFET characteristics with Ipss=8 mA and Vp=-4 V. 7.
A 1) Consider the circuit at right, consisting of two LEDS (one red, one green), which you can model as “practical diodes" with VD= 2.0V (LEDS typically have larger VD's than ordinary Si or Ge diodes). R red green B a) If terminals A and B were connected to a DC source with voltage Vo, what would happen? (Consider applying in both polarities, i.e. +Vo and –Vo, and when VoVD...) b) If the terminals A and B were connected to an AC source with peak voltage VO, what would happen? (Consider both very low frequency: f<~1 Hz – and high-frequency cases.) c) If R = 1 k2, and both diodes have a maximum continuous power dissipation of 0.1 W and a peak inverse voltage VPIV = 20V, what is the maximum DC voltage VDCmax which can be safely applied between A and B?
please solve a and b İ have 1 hour.
Control Elements and Applications
OAP 61. For the circuit below, write an expression for vo in terms of the input voltages and resistors. Don't make any assumptions about certain resistors being equal. (This actually makes the problem easier.) V3 V2 V1 Rc RB W RA RD WWW + Vo
Please answer d.
One can assemble a “virtual” solar cell array by using playing cards, or business or index cards, to represent a solar cell. Combinations of these cards in series and/or parallel can model the required array output. Assume each card has an output of 0.5 V and a current (under bright light) of 2 A. Using your cards, how would you arrange them to produce an output of 6 A at 3 V (18 W)?Suppose you were told that you needed only 18 W (but no required voltage). Would you need more cards to make thisarrangement?

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